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PRECISOMETER × PHOTONIC SCIENCE
Official representative

Specialist cameras & detector systems

Turn the unseen
into insight.

From low-light optical and SWIR imaging to X-ray and neutron detection. Explore cameras, intensified detectors, Laue orientation and integrated radiography systems.

23product ranges
30camera configurations
17technical documents
Photonic ScienceIn focus / X-ray sCMOS 16MP Cooled
X-ray sCMOS 16MP CooledX-ray sCMOS 16MP Cooled
OPTICAL · SWIRX-RAY · NEUTRONGATED · LAUE

From signal to solution

Let the experiment lead.

Compare product ranges, select an exact configuration and build an enquiry around your measurement.

Product selection

What do you need to measure?

Start with your signal, or search directly for a camera, sensor option or application.

23 product ranges · 30 camera configurations

X-ray sCMOS FDS
Photonic Science / X-ray detectors

X-ray sCMOS FDS

Direct fibre-optic coupling protects the sensor while preserving detail in compact, high-resolution X-ray imaging.

Standard configurations
FDS 1.77MP_17_S, 2.86MP_11_S and 7.01MP_17_S
Acquisition
10–37 fps, model dependent
3 configurations · specifications
X-ray sCMOS 4MP
Photonic Science / X-ray detectors

X-ray sCMOS 4MP

A cooled 4-megapixel detector platform with three optical input sizes for laboratory and beamline X-ray imaging.

Resolution
2048 × 2048 pixels
Input sizes
22.5, 48 or 67.2 mm square
3 configurations · specifications
X-ray sCMOS 64MP
Photonic Science / X-ray detectors

X-ray sCMOS 64MP

A large-area X-ray detector built around four fibre-coupled 16MP sCMOS sensors.

Architecture
Four 16MP sCMOS sensors with fibre-optic coupling
Acquisition
Over 5 fps full resolution; subarea / line modes available
1 configurations · specifications
Cooled VGA SWIR
Photonic Science / SWIR & extended SWIR

Cooled VGA SWIR

Cooled 640 × 512 InGaAs imaging over 900–1700 nm, with gain and readout modes selected around signal level and timing.

Spectral response
900–1700 nm
Sensor
640 × 512 InGaAs; 15 µm pixels
1 configurations · specifications
Cooled VGA Vis-SWIR
Photonic Science / SWIR & extended SWIR

Cooled VGA Vis-SWIR

Cooled 640 × 512 InGaAs imaging over 600–1700 nm, with gain and readout modes selected around signal level and timing.

Spectral response
600–1700 nm
Sensor
640 × 512 InGaAs; 15 µm pixels
1 configurations · specifications
Cooled VGA SWIR XT
Photonic Science / SWIR & extended SWIR

Cooled VGA SWIR XT

Cooled 640 × 512 InGaAs imaging over 1000–1900 nm, with gain and readout modes selected around signal level and timing.

Spectral response
1000–1900 nm
Sensor
640 × 512 InGaAs; 15 µm pixels
1 configurations · specifications

Photonic Science × Precisometer

Detector expertise. Support for your setup.

Photonic Science designs scientific and industrial cameras and detector systems in the United Kingdom. Its range brings together cooled imaging sensors, scintillator coupling, image intensification and complete X-ray instruments. Precisometer connects those choices to your experiment and existing equipment.

Precisometer is an official representative of Photonic Science. Contact us for product selection, integration and a quotation for your configuration.

Visit the manufacturer
01

The signal

Wavelength or photon energy, signal level, timescale and required field of view.

02

The configuration

Sensor, cooling, flange or lens interface, data connection and synchronisation with your equipment.

03

The complete setup

Accessories, software and integration brought together in a configuration-specific quotation.

Compare in Camera Finder

Tell us what you need to measure

From your first signal to the right configuration.

Share your application, existing equipment and the requirements that matter most. We’ll help select the camera, detector or complete system.

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